Shapers Tie Down Straps 3.65m
The Surfcloud Shapers 3.65m Tie Down Strap set includes two heavy-duty straps designed for securely transporting surfboards, SUPs, and longboards on car roof racks. Made from strong UV-resistant webbing with durable metal cam buckles, they provide fast, reliable tightening and stable load security. Built for everyday use, they ensure safe transport even on long or rough journeys. Compact and easy to store, they are an essential accessory for any surfer.
The Surfcloud Shapers 3.65m Tie Down Strap set includes two heavy-duty straps designed for securely transporting surfboards, SUPs, and longboards on car roof racks. Made from strong UV-resistant webbing with durable metal cam buckles, they provide fast, reliable tightening and stable load security. Built for everyday use, they ensure safe transport even on long or rough journeys. Compact and easy to store, they are an essential accessory for any surfer.
Réf: AC-TDS-365
The AC-TDS-365 is part of the Shapers tie-down range and is designed for versatile and secure board transportation. With a length of 3.65 meters per strap, it is suitable for most vehicle roof rack systems and a wide range of board sizes.
The straps are constructed from high-strength polyester webbing that resists stretching, UV exposure, and long-term wear. The metal cam buckle system allows quick tightening and secure locking without slippage, keeping equipment firmly in place during transport. The design ensures even load distribution to protect both the board and the vehicle.
Description détaillée
The AC-TDS-365 is part of the Shapers tie-down range and is designed for versatile and secure board transportation. With a length of 3.65 meters per strap, it is suitable for most vehicle roof rack systems and a wide range of board sizes.
The straps are constructed from high-strength polyester webbing that resists stretching, UV exposure, and long-term wear. The metal cam buckle system allows quick tightening and secure locking without slippage, keeping equipment firmly in place during transport. The design ensures even load distribution to protect both the board and the vehicle.